CN209770500U - Built-in electric circumcision device - Google Patents

Abstract

The utility model relates to a built-in electric circumcision device, which comprises a motor, a push tube, a U-shaped nail top ring and a circumcision cover, wherein the motor is connected to or contacted with the push tube and is used for pushing the push tube forwards; the push pipe is connected to or contacted with the staple top ring and is used for pushing the staple top ring forwards; the motor is connected to or in contact with the circumcision shield. Adopt the motor to carry out the drive of staple, unstable and various risks that manual drive leads to have been avoided, adopt the motor to drive its promotion dynamics to the staple is adjustable and stable, thereby avoid exerting oneself too greatly to cause the broken involucrum tissue of staple clamp to lead to the operation failure, thereby also can avoid exerting oneself the undersize to cause to fall the nail thoroughly simultaneously and lead to unable hemostasis, its adoption switch advances the regulation of distance and speed simultaneously, can adapt to different operation objects and operation environment.

Description

Built-in electric circumcision device

Technical Field

the utility model relates to a circumcision field, concretely relates to built-in electronic circumcision ware.

Background

Prepuce overlength or phimosis is one of the sources of urinary infections and sexually transmitted diseases in men. The chronic prostatitis caused by the urethra infection due to the overlong prepuce or phimosis can cause a series of symptoms such as waist soreness, back pain, impotence and premature ejaculation, so that the clearing of the overlong prepuce is one of the good measures for preventing the diseases.

Traditionally, phimosis or overlong foreskin is removed by adopting a surgical operation mode, and the technical points are that redundant foreskin is cut off, hemostasis is performed, and incisal edge skin is aligned and sutured. The postoperative patient can not walk, the pain is hard to endure every time the medicine is changed, the patient also needs to endure huge pain when the stitches are finally removed, and in addition, the foreskin hematoma is caused by incomplete ligation and hemostasis, and the operation treatment needs to be performed again. In addition, since the prepuce excision and hemostasis procedures are performed separately, the operation time is prolonged, and the panic mind of the patient is aggravated.

A treatment method using laser and high-frequency electric knife techniques for circumcision has been developed, which can coagulate bleeding spots while replacing scissors. However, this treatment burns the patient's tissue and is susceptible to infection.

The circumcision device is developed in the field, the suturing nail is used for suturing the circumcision at one time, however, the circumcision device in the prior art adopts manual drive or remote pedal drive, the self characteristics of the manual drive cause great instability of the time and force for operating the operation, particularly driving the U-nail, and the excessive force may cause the U-nail clamp to break the skin tissue, thereby causing the operation failure, while too little force may cause incomplete nail backing and result in failure to stop bleeding and also result in failure of the operation, moreover, the manual driving also requires that the circumcision device is provided with two sets of driving structures to respectively drive the circular cutting knife and the U nail, once the two sets of driving structures are not matched with each other, the circular cutting knife can complete circular cutting, but the U nail can not stop bleeding at the same time, or the staple has been driven but the circular cut has not been completed, either of which can cause significant risk and pain to the patient.

SUMMERY OF THE UTILITY MODEL

To the above prior art problem, an object of the utility model is to provide a built-in electronic circumcision ware, its drive that adopts the motor to carry out the staple has avoided the unstability and the various risks that manual drive leads to. The specific technical scheme is as follows:

A built-in electric circumcision device comprises a motor, a push tube, a U-shaped nail top ring and a circumcision cover, wherein the motor is connected to or contacted with the push tube and is used for pushing the push tube forwards; the push pipe is connected to or contacted with the staple top ring and is used for pushing the staple top ring forwards; the motor is connected to or in contact with the circumcision shield.

further, the cross section of the push pipe is a first annular hollow cylinder, the annular end part of the front end of the push pipe is connected or contacted with the rear end of the staple top ring, and/or the staple top ring is used for ejecting the staple from a staple groove of the prepuce annular cutter.

Further, the motor has an end thread and is connected to or in contact with the circumcision shield by the end thread.

Further, the motor has a connecting rod, and the connecting rod is provided with the screw thread.

Further, the circumcision shield comprises a positioning rod connected to or in contact with a connecting rod or a thread; and/or, the locating lever is provided with a locating slot, the locating slot is provided with an internal thread, and the internal thread is in threaded fit with the thread.

Further, the motor front shell and the comprehensive cover are further included, the front end of the motor front shell is connected to the rear end of the comprehensive cover, and/or the cross section of the front end of the motor front shell is in a second ring shape, and the second ring shape can accommodate the first ring shape.

Further, still include the motor backshell, the space that motor backshell and motor front shell cooperation are constituteed is used for holding the motor.

Further, an electrical cord is included that is connected to and supplies power to the motor.

Further, the electric motor comprises a switch which is arranged on the rear shell of the electric motor, the front shell of the electric motor or the comprehensive cover and is used for controlling the switch and/or the propelling distance and/or the propelling speed of the electric motor.

Furthermore, a threading hole is formed in the rear shell of the motor, and the electric wire penetrates through the threading hole and is connected to the motor.

Compared with the prior art, the utility model adopts the motor to drive the U-shaped nail, thereby avoiding instability and various risks caused by manual driving, particularly, the motor is adopted to drive the U-shaped nail, the pushing force to the U-shaped nail is adjustable and stable, the failure of the operation caused by the breakage of the wrapper tissue of the U-shaped nail clamp due to too much force is avoided, meanwhile, the failure of stopping bleeding caused by incomplete nail falling due to too little force can be avoided, meanwhile, the switch is adopted to adjust the pushing distance and speed, and the utility model can adapt to different operation objects and operation environments; in addition, the motor is adopted for driving, manual driving devices and actuating structures are not required to be additionally arranged, asynchronous risks caused by arrangement of two sets of driving structures are avoided, the overall appearance of the circular cutting device is simple after the motor is adopted for driving, devices such as handles and the like are not adopted any more, and the die sinking and production cost are greatly reduced on the contrary.

Drawings

FIG. 1 is an overall view of the external appearance of the built-in circumcision device

FIG. 2 is an overall view of the structure of the built-in circumcision device

FIG. 3 is an exploded view of the structure of the built-in circumcision device

FIG. 4 is a structural view of the staple top ring of the built-in circumcision device

FIG. 5 is a structural view of the prepuce cutting cover of the built-in circumcision device

Figure 6 is a front end view of the internal circumcision device

FIG. 7 is an overall view of the appearance of the circumcision device

FIG. 8 is an overall view of the structure of the circumcision device

FIG. 9 is an exploded view of the outward-turning circumcision device

FIG. 10 is a structural view of the staple top ring of the outwardly turned circumcising device

figure 11 is a front end view of the circumcision apparatus in an everted position

In the figure:

1. Prepuce cutting cover

1-1. blood vessel corresponding groove

1-2 negative pressure hole

1-3. positioning rod

1-3-1. locating slot

1-4. staple holder

2. Ring cutter gasket

U-nail backing ring

4. Ring cutter

5.U nail

6. Comprehensive cover

U nail top ring

7-1.U nail top column

7-2. positioning hole

7-2-1 positioning groove

8. Comprehensive cover

9. Push tube

10. Motor front shell

11. Switch with a switch body

12. Electric machine

12-1. screw thread

13. Motor rear shell

14. Electric wire

Detailed Description

The present invention will now be described in detail with reference to the drawings, which are illustrative of preferred embodiments of the invention.

Fig. 1 and 7 are overall views of the appearance of the built-in circumcision device, and it can be seen that the appearance of the whole circumcision device is simple after being driven by a motor, devices such as a handle hinge and the like are not adopted any more, and the die sinking and production cost is greatly reduced.

Referring to fig. 2, 3, 8, 9, which are respectively a structure and a structure explosion diagram, the structure in the figure comprises a foreskin cutting cover 1, a blood vessel corresponding groove 1-1, a negative pressure hole 1-2, a positioning rod 1-3, a positioning groove 1-3-1, a staple seat 1-4, a ring cutter gasket 2, a staple gasket ring 3, a ring cutter 4, a staple 5, a comprehensive cover (front) 6, a staple top ring 7, a staple top column 7-1, a positioning hole 7-2, a positioning groove 7-2-1, a comprehensive cover (rear) 8, a push tube 9, a motor front shell 10, a switch 11, a motor 12, a thread 12-1, a motor rear shell 13, an electric wire 14, wherein related driving components, actuating components, ring cutting components and the like are common structures in the field, the position relation and the connection relation thereof are clear with reference to the figure, and various selection combinations in the prior art can be adopted, this is not described in detail. The built-in electric circumcision device comprises a motor 12, a push pipe 9, a U-shaped nail top ring 7 and a circumcision cover 1, wherein the motor 12 is connected to the push pipe 9 and used for pushing the push pipe 9 forwards; the push tube 9 is connected to the staple ejecting ring 7 and is used for pushing the staple ejecting ring 7 forward; the motor 12 is connected to the prepuce cutting cover 1, the push pipe 9 is a hollow cylinder with a first annular cross section, the annular end part of the front end of the push pipe is connected to the rear end of the staple top ring 7, the staple top ring 7 is used for ejecting a staple out of a staple groove of the prepuce circular cutter, the motor 12 is provided with end threads 12-1 and is connected to the prepuce cutting cover 1 through the end threads 12-1, the motor 12 is provided with a connecting rod, the connecting rod is provided with threads 12-1, the prepuce cutting cover 1 comprises positioning rods 1-3, the positioning rods 1-3 are connected to the threads 12-1, the positioning rods 1-3 are provided with positioning grooves 7-2-1, the positioning grooves 7-2-1 are provided with internal threads, and the internal threads are in threaded fit with the threads 12.

Still include the motor before the shell 10 with synthesize cover 8, the front end of shell 10 is connected to the rear end of synthesizing cover 8 before the motor, the transversal second of personally submitting of front end of shell 10 is cyclic annular before the motor, the second is cyclic annular can hold first cyclic annular, still include motor backshell 13, the space that motor backshell 13 and motor front shell 10 cooperate and constitute is used for holding motor 12, still include electric wire 14, it is connected to motor 12 and to its energy supply, still include switch 11, it sets up on motor front shell 10, and be used for controlling motor 12's switch, propulsion distance and propulsion speed, the through wires hole has been seted up on the motor backshell 13, electric wire 14 passes through the through wires hole and is connected to motor 12.

Referring to fig. 4 and 10, which are detailed views of the staple top ring of the circumcision device, a positioning groove 7-2-1 is arranged in the positioning hole 7-2, referring to fig. 5, which is a structural view of the circumcision cover, a ring cutter gasket 2 is arranged corresponding to the ring cutter, a staple seat 1-4 corresponding to the staple and used for chamfering is arranged radially outwards of the ring cutter gasket 2, a positioning groove 1-3-1 is arranged at the lower end of the ring cutter, and referring to fig. 6 and 11, which are front end views of the circumcision device, at least one negative pressure hole 1-2 is arranged in the ring cutter.

Claims (10)

1. A built-in electric circumcision device is characterized by comprising a motor, a push tube, a U-shaped nail top ring and a circumcision cover, wherein,

The motor is connected to or contacted with the push pipe and is used for pushing the push pipe forwards;

The push tube is connected to or in contact with the staple top ring and is used to push the staple top ring forward.

2. The built-in electric circumcision device as claimed in claim 1, wherein the push tube is a hollow cylinder with a first ring-shaped cross section, and the ring-shaped end of the front end of the push tube is connected to or contacted with the rear end of the staple top ring, and/or the staple top ring is used for ejecting the staple from the staple groove of the circumcision device.

3. The built-in electric circumcision device as claimed in claim 1 or 2, wherein the motor is connected to or in contact with the circumcision shield, or the motor has an end screw thread and is connected to or in contact with the circumcision shield by the end screw thread.

4. The built-in electric circumcision device as claimed in claim 3, wherein the motor has a connecting rod on which the screw thread is provided.

5. The built-in electric circumcision aid according to claims 1, 2 or 4, wherein the circumcision aid comprises a positioning rod connected to or contacting a connecting rod or a screw thread; and/or, the locating lever is provided with a locating slot, the locating slot is provided with an internal thread, and the internal thread is in threaded fit with the thread.

6. The built-in electric circumcision device as claimed in claim 2 or 4, further comprising a motor front shell and a comprehensive cover, wherein the front end of the motor front shell is connected to the rear end of the comprehensive cover, and/or the front end of the motor front shell has a cross section with a second ring shape, and the second ring shape can accommodate the first ring shape.

7. The built-in electric circumcision device as claimed in claim 6, further comprising a motor rear shell, wherein the space formed by the motor rear shell and the motor front shell is used for accommodating the motor.

8. The built-in electric circumcision device as claimed in any one of claims 1, 2, 4 and 7, further comprising an electric wire connected to and powering the motor.

9. The built-in electric circumcision device as claimed in any one of claims 1, 2, 4 and 7, further comprising a switch disposed on the rear housing of the motor, or the front housing of the motor, or the integrated cover, and controlling the switching and/or advancing distance and/or advancing speed of the motor.

10. The built-in electric circumcision device as claimed in claim 8, wherein the motor back shell is provided with a threading hole, and the electric wire passes through the threading hole and is connected to the motor.